Key Industries

AI-Powered Weld and Corrosion Monitoring to Extend the Life of Maritime Assets



Maritime assets, including naval vessels, cargo ships, and offshore structures, face harsh environmental conditions that accelerate structural degradation, corrosion, and weld failures. Traditional inspection and maintenance processes are labor-intensive, time-consuming, and prone to human error, leading to costly repairs and potential safety risks. Our advanced AI-powered inspection and predictive maintenance solutions leverage deep learning, embedded sensors, and smart imaging technologies to streamline inspections, reduce costs, and enhance vessel reliability.

Overview

Benefits

Analatom’s advanced AI-driven inspection and predictive maintenance solutions enhance the reliability and longevity of critical infrastructure across various industries.For weld inspections, NAVSEA quality standards require rigorous visual examination, but traditional methods are time-consuming, labor-intensive, and prone to human error. Automated deep-learning-based inspection methods, such as AIDL, improve inspection times, reduce operator workload, and enable early detection of defects, protective coating degradation, and corrosion, significantly lowering maintenance costs. In the maritime sector, improper maintenance of ship hull Cathodic Protection (CP) systems is a key contributor to corrosion-related failures. Continuous monitoring of the CP system, specifically rectifier ripple content, allows for Prognostic Health Management (PHM), predicting remaining useful life (RUL) and identifying early signs of degradation. By combining embedded sensors and AI-driven analytics, Analatom’s technology supports predictive maintenance strategies that increase safety, extend service life, and reduce sustainment costs for critical assets, from naval vessels to industrial structures.

Ship Hull degradation
Sample ship hull degradation

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